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Friday, 2 December 2016

Matlab Code for a Two-Dimensional Truss Bridge.

2次元トラスブリッジ用のMATLABコード。

二维桁架桥

Matlab-Code für eine zweidimensionale Fachwerkbrücke.

For the two-dimensional pin-jointed truss bridge shown in Figure 1, the Young’s modulus is E = 200 GPa and the cross sectional area is A = 1500mm² for all truss members. The truss structure is subjected to a varying load F acting downwards in the nodes 6, 7, 8 as depicted in Figure 1.

Create a MatLab computer program to:

1. Compute the global displacements at all nodes, the reactions at the supports and the axial forces in every truss member for F = 20 kN.

Draw the undeformed shape (in blue) and the deformed shape (in red) of the bridge in the same graph. The results are displayed in Figure 2.

Figure 2: It shows the distortion (node displacement) when the force apply given by figure 1. Note that the displacement is exaggerated 100 times.

Click on BUY NOW to get the Matlab program to calculate a two-dimensional Truss Bridge.

University of Cambridge, University of Derby, Coventry University, Northumbria University, University of East London, University of Southern Queensland, University of Wollongong, Swansea University, University of Liverpool, University of Bolton, National Autonomous University of Mexico, Cardiff University.